Murr Elektronik MVP12 Series Manual
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Murr Elektronik MVP12 Series Manual

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ENGLISH MANUAL
for devices of the MVP12 series
Art.-No. 59710 | 59718 | 59719 | 59810 | 59818 | 59819

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Summary of Contents for Murr Elektronik MVP12 Series

  • Page 1 ENGLISH MANUAL for devices of the MVP12 series Art.-No. 59710 | 59718 | 59719 | 59810 | 59818 | 59819...
  • Page 2 This document applies to the following products: Name Art.-No. MVP12-P6 DIO16 8xM12A IOLA12 B0 59719 MVP12-P6 DIO16 8xM12A IOLA12 E0 59819 MVP12-P6 DIO8 DIO8 8xM12A IOLB12 B0 59718 MVP12-P6 DIO8 DIO8 8xM12A IOLB12 E0 59818 MVP12-P6 DI16 8xM12A IOLA12 B0 59710 MVP12-P6 DI16 8xM12A IOLA12 E0 59810...

  • Page 3: Table Of Contents

    Art.-No. 59718 4.3.1 Electrical data 4.3.2 Environmental characteristics 4.3.3 Protection 4.3.4 Product reliability 4.3.5 Mechanical data 4.3.6 Conformity, Approvals ENGLISH MANUAL 3 / 65 for devices of the MVP12 series Art.-No. 59710 | 59718 | 59719 | 59810 | 59818 | 59819...
  • Page 4 7.2.1.2 Art.-No. 59718, 59818 7.2.1.3 Art.-No. 59710, 59810 7.2.2 ISDU 7.2.2.1 Art.-No. 59819 7.2.2.2 Art.-No. 59818 7.2.2.3 Art.-No. 59810 ENGLISH MANUAL 4 / 65 for devices of the MVP12 series Art.-No. 59710 | 59718 | 59719 | 59810 | 59818 | 59819...
  • Page 5 Vendor-specific IO-Link events Process data 7.4.1 Port-Based Bitmapping 7.4.2 Pin-Based Bitmapping Maintenance and cleaning Appendix Accessories Tools Legal notes ENGLISH MANUAL 5 / 65 for devices of the MVP12 series Art.-No. 59710 | 59718 | 59719 | 59810 | 59818 | 59819...

  • Page 6: Introduction

    Introduction Introduction Function of this This document instructs the technical personnel of the machine manufacturer document or machine operator on the safe use of the devices described in the scope. It does not instruct the safe use of the machine in which this Devices are or will be integrated.

  • Page 7: Applicable Documents

    Introduction Applicable documents Document Art. No. Operating instructions 59719 Operating instructions 59710 Product data 59719 Product data 59819 Product data 59718 Product data 59818 Product data 59710 Product data 59810 The other applicable documents are included in the scope of delivery or can be downloaded from https://shop.murrelektronik.com...

  • Page 8: About This Manual

    Introduction About this manual 1.5.1 Symbols This document includes information and notes that have to be observed for your own safety and to avoid injuries and material damage. They are marked as follows: DANGER! Immediate danger  Failure to observe this warning involves an imminent risk of death or seri- ous injuries.

  • Page 9: Trademarks

    Introduction 1.5.2 Trademarks Trademarks of the following companies and institutions are used in this docu- mentation: IO-Link c/o PROFIBUS Nutzerorganisation e.V. (PNO) 1.5.3 Specifications Specification Link IO-Link specification http://www.io-link.com Version 1.1.2 dated 07/2013 The features of the IO-Link Specification version 1.1.3 are supported as well. User manual 59719_hdb_en_12 9 / 65...

  • Page 10: For Your Safety

    For your safety For your safety General safety instructions Qualified personnel Only qualified and safety-trained personnel may assemble, commission and operate the product. This document is intended for specialists in automation technology. NOTE Interventions in the hardware and software of the device dare, if they are not described in this document, only be carried out by qualified personnel from Murrelektronik GmbH.

  • Page 11: Description

    Description Description Art.-No. 59719, 59819  IO-Link hub in 50 mm plastic housing  1 x M12 IO-Link class A  8 x M12 I/O  16 configurable digital inputs/outputs Art.-No. 59718, 59818  IO-Link hub in 50 mm plastic housing ...

  • Page 12: Product Designation Code

    Description Product Designation Code The product designation provides information on the module function. Art.-No. 59719 MVP12-P6 DIO16 8xM12A IOLA12 B0 MVP12-P6 Product family + module size  D = Digital  I = Input  O = Output 8xM12A Number, size, and coding of the ports ...
  • Page 13 Description Art.-No. 59710 MVP12-P6 DI16 8xM12A IOLA12 B0 MVP12-P6 Product family + module size  D = Digital  I = Input 8xM12A Number, size, and coding of the ports  A = A coding  IOLA IOL = IO-Link ...

  • Page 14: Module Structure

    Description Module structure Fig. 3-1: Module structure and port designations Art. No. Port designation Explanation 59719, 59819 X0 ... X7 Digital inputs and outputs US Module supply, IO-Link Class A 59718, 59818 X0 ... X3 Digital inputs and outputs UA X4 ...

  • Page 15: Pin Assignment

    Description Pin assignment 3.3.1 IO-Link Class A Art.-No. 59719, 59819 IO-Link XZ1 (M12 male connectors) Pin 1 24 V US (L+) Pin 2 n.c. Pin 3 0 V US (L-) Pin 4 C/Q IO-Link Pin 5 n.c. X0 ... X7 (M12 female connec- tors) Pin 1 24 V...

  • Page 16: Io-Link Class B

    Description 3.3.2 IO-Link Class B Art.-No. 59718, 59818 IO-Link XZ1 (M12 male connectors) Pin 1 24 V US (L+) Pin 2 24 V UA (P24) Pin 3 0 V US (L-) Pin 4 C/Q IO-Link Pin 5 0 V UA (N24) X0 ...

  • Page 17: Technical Data

    Technical Data Technical Data Art.-No. 59719 4.1.1 Electrical data Module supply Operating voltage US 24 V Operating voltage range US 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Power consumption when idling ≤40 mA Galvanic isolation Total current US I [A] T [°C]...

  • Page 18: Environmental Characteristics

    Technical Data Input (DI) Cable length ≤30 m Input characteristic EN 61131-2 Type 1 + Type 3 Input filter 1 ms Output (DO) Connection/female connector Cable cross section ≤0.75 mm² Cable length ≤30 m Output current Per pin ≤0.5 A Switching frequency Resistive load ≤25 Hz...

  • Page 19: Protection

    Technical Data 4.1.3 Protection Device protection Overvoltage protection Overload protection of module supply To be ensured through load circuit monitoring Reverse polarity protection of module sup- Short-circuit protection, sensor supply Electronically Short-circuit protection, output (DO) Electronically Protective circuit for input Internal Suppressor diode 4.1.4...

  • Page 20: Art.-No. 59819

    Technical Data Art.-No. 59819 4.2.1 Electrical data Module supply Operating voltage US 24 V Operating voltage range US 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Power consumption when idling ≤40 mA Galvanic isolation Total current US I [A] T [°C] Fig.

  • Page 21: Environmental Characteristics

    Technical Data Output (DO) Connection/female connector Cable cross section ≤0.75 mm² Cable length ≤30 m Output current Per pin ≤0.5 A Switching frequency Resistive load ≤25 Hz 4.2.2 Environmental characteristics Climatic Operating temperature -25 °C ... +70 °C Storage temperature -40 °C ...

  • Page 22: Product Reliability

    Technical Data 4.2.4 Product reliability Product reliability MTTF SN 29500 (at 40 °C and rated data) 57 years 4.2.5 Mechanical data Assembly data Weight 200 g Dimensions L x W x H 126 x 50 x 34.5 mm 4.2.6 Conformity, Approvals Conformity, Approvals Product standard EN 61131-2...

  • Page 23: Art.-No. 59718

    Technical Data Art.-No. 59718 4.3.1 Electrical data Module supply Operating voltage US 24 V Operating voltage UA 24 V Operating voltage range US 18 ... 30 V Operating voltage range UA 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Total current UA ≤50 °C (see Derating)

  • Page 24: Environmental Characteristics

    Technical Data Input (DI) Cable length ≤30 m Input characteristic EN 61131-2 Type 1 + Type 3 Input filter 1 ms Output (DO) Connection/female connector Cable cross section ≤0.75 mm² Cable length ≤30 m Output current Per pin ≤2 A Switching frequency Resistive load ≤25 Hz...

  • Page 25: Protection

    Technical Data 4.3.3 Protection Device protection Overvoltage protection Overload protection of module supply To be ensured through load circuit monitoring Reverse polarity protection of module sup- Short-circuit protection, sensor supply Electronically Short-circuit protection, output (DO) Electronically Protective circuit for input Internal Suppressor diode 4.3.4...

  • Page 26: Art.-No. 59818

    Technical Data Art.-No. 59818 4.4.1 Electrical data Module supply Operating voltage US 24 V Operating voltage UA 24 V Operating voltage range US 18 ... 30 V Operating voltage range UA 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Total current UA ≤50 °C (see Derating)

  • Page 27: Environmental Characteristics

    Technical Data Input (DI) Cable length ≤30 m Input characteristic EN 61131-2 Type 1 + Type 3 Input filter 1 ... 10 ms, adjustable Output (DO) Connection/female connector Cable cross section ≤0.75 mm² Cable length ≤30 m Output current Per pin ≤2 A Switching frequency Resistive load...

  • Page 28: Protection

    Technical Data 4.4.3 Protection Device protection Overvoltage protection Overload protection of module supply To be ensured through load circuit monitoring Reverse polarity protection of module sup- Short-circuit protection, sensor supply Electronically Short-circuit protection, output (DO) Electronically Protective circuit for input Internal Suppressor diode 4.4.4...

  • Page 29: Art.-No. 59710

    Technical Data Art.-No. 59710 4.5.1 Electrical data Module supply Operating voltage US 24 V Operating voltage range US 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Power consumption when idling ≤40 mA Galvanic isolation Total current US I [A] T [°C] Fig.

  • Page 30: Environmental Characteristics

    Technical Data 4.5.2 Environmental characteristics Climatic Operating temperature -25 °C ... +70 °C Storage temperature -40 °C ... +85 °C Installation height Above sea level ≤3000 m Relative humidity ≤95 % Mechanical Vibration test EN 60068 Parts 2-6 5 ... 500 Hz; const.

  • Page 31: Mechanical Data

    Technical Data 4.5.5 Mechanical data Assembly data Weight 200 g Dimensions L x W x H 126 x 50 x 34.5 mm 4.5.6 Conformity, Approvals Conformity, Approvals Product standard EN 61131-2 Compliant Programmable logic controllers, Part 2 2014/30/EU Compliant 2011/65/EU UKCA Compliant 2014/30/EU...

  • Page 32: Art.-No. 59810

    Technical Data Art.-No. 59810 4.6.1 Electrical data Module supply Operating voltage US 24 V Operating voltage range US 18 ... 30 V Total current US ≤50 °C (see Derating) ≤4 A Power consumption when idling ≤40 mA Galvanic isolation Total current US I [A] T [°C] Fig.

  • Page 33: Environmental Characteristics

    Technical Data 4.6.2 Environmental characteristics Climatic Operating temperature -25 °C ... +70 °C Storage temperature -40 °C ... +85 °C Installation height Above sea level ≤3000 m Relative humidity ≤95 % Mechanical Vibration test EN 60068 Parts 2-6 5 ... 500 Hz; const.

  • Page 34: Mechanical Data

    Technical Data 4.6.5 Mechanical data Assembly data Weight 200 g Dimensions L x W x H 126 x 50 x 34.5 mm 4.6.6 Conformity, Approvals Conformity, Approvals Product standard EN 61131-2 Compliant Programmable logic controllers, Part 2 2014/30/EU Compliant 2011/65/EU UKCA Compliant 2014/30/EU...

  • Page 35: Mounting

    Mounting Mounting Requirements  Conditions for mounting:  Even mounting surface to avoid mechanical tension  Provide suitable grounding Suitable installation site in terms of vibration and shock load, temperature  and humidity (see chap. 4 "Technical Data" )  Protected to avoid tearing off the connecting cables by personnel or de- vice Dimensions...

  • Page 36: Mounting Distance

    Mounting Mounting distance Fig. 5-2: Distance between modules a | Male connector straight: 5 mm male connector angled: 50 mm NOTE  If angled male connectors are used, a minimum distance of 50 mm must be adhered to. Mounting the module NOTICE Material damage due to incorrect installation The fastening screws and tightening torques depend on the surface of the in-...

  • Page 37: Functional Ground

    Mounting Module fastening Fig. 5-3: Fastening. Dimensions in mm Art.-No. 2 Nm 7000-98001-0000000 Mounting Mount the module in the order indicated below: Align housing. Slightly tighten an M4 bolt. Slightly tighten the second M4 bolt. Slightly tighten the third M4 bolt. Carefully tighten all three M4 bolts (see tightening torque Fig.

  • Page 38: Installation

    Installation Installation WARNING! High electrical voltages Electric shock may cause life-threatening injuries.  Only an electric installer is allowed to connect the device!  Before performing work at the device, disconnect it from the voltage source.  Observe five safety rules! Protective measures ...

  • Page 39: Ensure Tight Seal

    Installation Ensure tight seal NOTICE Damage to and failure of the device due to ingress of liquids! The degree of protection IP68 is only guaranteed if all connections are sealed with plug connectors, screw plugs, or sealing caps.  Seal unused male and female connectors. Connecting cables Fig.

  • Page 40: Operation

    Operation Operation NOTE After writing an application-specific tag in the IO-Link hub, the hub briefly interrupts the IO-Link connection if the text is not the same as the text stored in the hub. LED indication The MVP12 modules are equipped with the following separate LED indicators: ...

  • Page 41: Led Indication Ua

    Operation Firmware update LED in- LED state Description dication Permanently on IO-Link in IDLE status, Firmware update completed success- Green fully Flashing IO-Link in status PREOPERATE/OP- ERATE, 1 Hz Green update is not yet performed Permanently on Update failed Flashing IO-Link in status PREOPERATE/OP- ERATE, 2 Hz...

  • Page 42: Led Indication For Inputs And Outputs

    Operation 7.1.3 LED indication for inputs and outputs LED indication LED in- LED state Voltage at in- Description Logical digital inputs/outputs dication value Permanently on 24 V Channel on Yellow Permanently on Short-circuit or over- load DO Device off or firmware update is being per- formed Tab.
  • Page 43 Operation ISDU Object name Access Length Meaning / default value index index in bytes 0x0011 VendorText www.murrelektronik.com. 0x0012 ProductName MVP12-P6 DIO16 8xM12A MVP12-P6 DIO16 8xM12A IOLA12 B0 IOLA12 E0 0x0013 ProductID 59719 59819 0x0014 ProductText Digital I/O hub Digital I/O hub MVP12-P60 - IO-Link Class MVP12-P60 - IO-Link Class DIO16 8xM12A...

  • Page 44: Art.-No. 59718, 59818

    Operation 7.2.1.2 Art.-No. 59718, 59818 ISDU Object name Access Length Meaning / default value index index in bytes Identification DIO8 Art.-No. 59718 DIO8 Art.-No. 59818 0x0000 0x00 MasterCommand 0x01 MasterCycleTime 0x02 MinCycleTime 0x03 M-sequenceCapa- bility 0x04 RevisionID 0x05 ProcessDataIn 0x06 ProcessDataOut 0x07 VendorID 1 (MSB) 0x012F 0x08 VendorID 2 (MSB)
  • Page 45 Operation ISDU Object name Access Length Meaning / default value index index in bytes 0x0024 DeviceStatus 0: Device is operating properly 1: Maintenance Required 2: Out of Specification 3: Functional Check 4: Failure 5 ... 255: Reserved 0x0025 DetailedDeviceSta- variable 6 x (octet 1: EventQualifier, octet 2, 3: EventCode) 0x0028...

  • Page 46: Art.-No. 59710, 59810

    Operation 7.2.1.3 Art.-No. 59710, 59810 ISDU Object name Access Length Meaning / default value index index in bytes Identification DIO8 Art.-No. 59710 DIO8 Art.-No. 59810 0x0000 0x00 MasterCommand 0x01 MasterCycleTime 0x02 MinCycleTime 0x03 M-sequenceCapa- bility 0x04 RevisionID 0x05 ProcessDataIn 0x06 ProcessDataOut 0x07 VendorID 1 (MSB) 0x012F 0x08 VendorID 2 (MSB)
  • Page 47 Operation ISDU Object name Access Length Meaning / default value index index in bytes 0x0024 DeviceStatus 0: Device is operating properly 1: Maintenance Required 2: Out of Specification 3: Functional Check 4: Failure 5 ... 255: Reserved 0x0025 DetailedDeviceSta- variable 6 x (octet 1: EventQualifier, octet 2, 3: EventCode) 0x0028...

  • Page 48: Isdu

    Operation 7.2.2 ISDU In the pin-based mapping-mode, the reference table for mapping the configu- rations must be adhered to, see 7.2.2.4 "Mapping of configurations in pin- based mapping mode". 7.2.2.1 Art.-No. 59819 ISDU Object name Access Length Meaning Default index in Byte value 0x0040...
  • Page 49 Operation ISDU Object name Access Length Meaning Default index in Byte value 0x0072 In-/Outputs: Channel Con- Setting of the I / O function per channel. figuration - Subindex 1 = X0 Pin 4 - Subindex 2 = X0 Pin 2 - Subindex 15 = X7 Pin 4 - Subindex 16 = X7 Pin 2 Setting per channel (subindex):...
  • Page 50 Operation ISDU Object name Access Length Meaning Default index in Byte value 0x0091 Outputs: Fail-Safe Behavior R/W Defines the behavior of each individual output (channel) in the event of a loss of communication with the master. - Subindex 1 = X0 Pin 4 - Subindex 2 = X0 Pin 2 - Subindex 15 = X7 Pin 4 - Subindex 16 = X7 Pin 2...

  • Page 51: Art.-No. 59818

    Operation 7.2.2.2 Art.-No. 59818 ISDU Object name Access Length Meaning Default index in Byte value 0x0040 Status: Power Supply Sta- Returns status of US tus US - 0x00 = OK - 0x01 = Undervoltage - 0x02 = Overvoltage 0x0041 Status: Power Supply Value Returns measured voltage of US in 0.1 V steps.
  • Page 52 Operation ISDU Object name Access Length Meaning Default index in Byte value 0x0072 In-/Outputs: Channel Con- Setting of the I / O function per channel. figuration - Subindex 1 = X0 Pin 4 - Subindex 2 = X0 Pin 2 - Subindex 15 = X7 Pin 4 - Subindex 16 = X7 Pin 2 Setting per channel (subindex):...
  • Page 53 Operation ISDU Object name Access Length Meaning Default index in Byte value 0x0091 Outputs: Fail-Safe Behavior R/W Defines the behavior of each individual output (channel) in the event of a loss of communication with the master. - Subindex 1 = X0 Pin 4 - Subindex 2 = X0 Pin 2 - Subindex 15 = X7 Pin 4 - Subindex 16 = X7 Pin 2...

  • Page 54: Art.-No. 59810

    Operation 7.2.2.3 Art.-No. 59810 ISDU Object name Access Length Meaning Default index in Byte value 0x0040 Status: Power Supply Sta- Returns status of US tus US - 0x00 = OK - 0x01 = Undervoltage - 0x02 = Overvoltage 0x0041 Status: Power Supply Value Returns measured voltage of US in 0.1 V steps.
  • Page 55 Operation ISDU Object name Access Length Meaning Default index in Byte value 0x0080 Inputs: Inverting Input Logic R/W Inversion of the input logic per channel. - Bit 0: X0 Pin 4 - Bit 1: X0 Pin 2 … - Bit 14: X7 Pin 4 - Bit 15: X7 Pin 2 Setting per channel (subindex): 0 = normal, no inversion...
  • Page 56 Operation 7.2.2.4 Mapping of configurations in pin-based mapping mode Instead of channel A, channel B has to be set. Channel A Channel B Pin4_X0 Pin4_X0 Pin4_X1 Pin2_X0 Pin4_X2 Pin4_X1 Pin4_X3 Pin2_X1 Pin4_X4 Pin4_X2 Pin4_X5 Pin2_X2 Pin4_X6 Pin4_X3 Pin4_X7 Pin2_X3 Pin2_X0 Pin4_X4 Pin2_X1 Pin2_X4...
  • Page 57 Operation Diagnostic 7.3.1 Vendor-specific IO-Link events In addition to the vendor-specific IO-Link events listed here, the standard events of the IO-Link specification also apply, version see chapter 1.5.3 "Specifications". Event Event type Description code 0x4000 Error The device shows a temperature fault - overload. 0x4210 Warning The device shows a temperature over-run.
  • Page 58 Operation Process data 7.4.1 Port-Based Bitmapping Byte 0 Inputs X0 ... X3 Input Process Data Contact Pin4_X0 Pin2_X0 Pin4_X1 Pin2_X1 Pin4_X2 Pin2_X2 Pin4_X3 Pin2_X3 Byte 1 Inputs X4 ... X7 Contact Pin4_X4 Pin2_X4 Pin4_X5 Pin2_X5 Pin4_X6 Pin2_X6 Pin4_X7 Pin2_X7 Byte 2 Diagnostic Description Error/Warning at power supply (too low or high) Error/Warning because of temperature rating...
  • Page 59 Operation Byte 3 Module Identification Description 0 ... 7 User defined module identification bits, e. g. for tool change applications; 0 = not used 1 ... 255 = ID value is read out from object Byte 0 Outputs X0 ... X3 Output Process Data Contact Pin4_X0...
  • Page 60 Operation 7.4.2 Pin-Based Bitmapping Byte 0 Inputs X0 ... X7 Input Process Data Contact Pin4_X0 Pin4_X1 Pin4_X2 Pin4_X3 Pin4_X4 Pin4_X5 Pin4_X6 Pin4_X7 Byte 1 Inputs X0 ... X7 Contact Pin2_X0 Pin2_X1 Pin2_X2 Pin2_X3 Pin2_X4 Pin2_X5 Pin2_X6 Pin2_X7 Byte 2 Diagnostic Description Error/Warning at power supply (too low or high) Error/Warning because of temperature rating...
  • Page 61 Operation Byte 0 Outputs X0 ... X3 Output Process Data Contact Pin4_X0 Pin2_X0 Pin4_X1 Pin2_X1 Pin4_X2 Pin2_X2 Pin4_X3 Pin2_X3 Byte 1 Outputs X4 ... X7 Contact Pin4_X4 Pin2_X4 Pin4_X5 Pin2_X5 Pin4_X6 Pin2_X6 Pin4_X7 Pin2_X7 User manual 59719_hdb_en_12 61 / 65...
  • Page 62 Maintenance and cleaning Maintenance and cleaning NOTE Replace defective or damaged devices.  Device cleaning:  Use only oil-free compressed air or spirit  Only use lint-free materials (e.g. leather cloth) Do not use contact spray  User manual 59719_hdb_en_12 62 / 65...
  • Page 63 Appendix Appendix Accessories Description Art.-No. Screw Plug M12 Metal 996049 Plastic M12 screw plug, VE10 58627 Metal addressing lid 55317 Grounding strap screw-down set M4 4000-71003-0101604 Tools Designation Art.-No. 6-part screwdriver set 7000-98001-0000000 M12 torque wrench set, AF 13 7000-99102-0000000 PRODUCTS AND ACCESSORIES You will find a wide range of products in our catalog or in our Murrelektronik online shop...
  • Page 64 Legal notes Legal notes Disclaimer Murrelektronik GmbH has reviewed the contents of this technical documenta- tion for conformity with the described hardware and software. It is possible that certain details may not be correct. For this reason, we make no warranty re- garding the accuracy of this technical documentation, and assume no liability for any errors, in particular full conformity.
  • Page 65 Murrelektronik GmbH | Falkenstraße 3 | 71570 Oppenweiler | GERMANY +49 7191 47-0 | +49 7191 47-491 000 | info@murrelektronik.com www.murrelektronik.com The information in the manual has been compiled with utmost care. Liability for the correctness, completeness and topicality of the information is restricted to gross negligence.

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